This course serves as a comprehensive reference guide for engineers, mathematicians, scientists, and industry professionals, covering essential mathematical formulas and key scientific data. It is divided into two parts: mathematical formulas including algebra, trigonometry, analytic geometry, differential and integral calculus, and vectors; and scientific data covering units, properties of gases, elements, acoustics, materials, thermodynamics, radioactivity, and more.
Understanding these concepts is crucial for professionals, providing a solid foundation for their work. The course explains technical terms, theorems, and applicable laws in detail, ensuring clarity and practical understanding. Each chapter provides valuable insights and data fundamental for scientific and engineering applications.
Starting with algebra and geometry, the course advances through calculus and vectors, then explores scientific data in various fields. By the end, users will have a thorough reference of critical formulas and data, making it indispensable for students and professionals. This structured approach ensures learners gain both theoretical knowledge and practical applications essential for their careers.

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Spis treści

Mathematical Formulas and Scientific Data. Master the Foundations of Mathematics and Physics with This Comprehensive Guide eBook -- spis treści

• 1. Algebra
• 2. Elementary Geometry
• 3. Trigonometry
• 4. Analytic Geometry
• 5. Differential Calculus
• 6. Integral Calculus—I
• 7. Integral Calculus—II
• 8. Vectors
• 9. SI Units
• 10. The Fundamental Mechanical Units
• 11. The Fundamental Electrical and Magnetic Units
• 12. Relations Between the Systems of Electrical Units
• 13. Rationalization of MKS Units
• 14. Definitions of Electric and Magnetic Quantities in SI
• 15. Definitions in the CGS Electromagnetic System of Units
• 16. Heat Units and Definitions
• 17. Photometric and Optical Units and Definitions
• 18. Acoustical Units and Definitions
• 19. Properties of the Elements
• 20. Properties of Metallic Solids (at 293 K)
• 21. Properties of Non-Metallic Solids (at 293 K)
• 22. Properties of Liquids (at 293 K)
• 23. Properties of Gases at STP
• 24. Mechanical Data
• 25. Relative Humidities From Wet-and Dry-Bulb Thermometers (Exposed in Standard Screen)
• 26. Acoustic Data
• 27. Astronomical Data
• 28. Terrestrial and Geodetic Data
• 29. Radioactivity
• 30. Properties of Inorganic Compounds
• 31. Properties of Organic Compounds (at 293 K)
• 32. The Fundamental Constants